CN209292984U - A kind of hydroenergy storage station library basin ground cleaning plant - Google Patents
A kind of hydroenergy storage station library basin ground cleaning plant Download PDFInfo
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- CN209292984U CN209292984U CN201821909410.8U CN201821909410U CN209292984U CN 209292984 U CN209292984 U CN 209292984U CN 201821909410 U CN201821909410 U CN 201821909410U CN 209292984 U CN209292984 U CN 209292984U
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- 238000004140 cleaning Methods 0.000 title claims abstract description 26
- 230000007246 mechanism Effects 0.000 claims abstract description 127
- 230000007723 transport mechanism Effects 0.000 claims abstract description 67
- 239000004575 stone Substances 0.000 claims description 10
- 230000033001 locomotion Effects 0.000 claims description 9
- 230000001681 protective effect Effects 0.000 claims description 7
- 238000010276 construction Methods 0.000 claims description 4
- 238000003491 array Methods 0.000 claims 1
- 239000000837 restrainer Substances 0.000 claims 1
- 239000011435 rock Substances 0.000 claims 1
- 238000009432 framing Methods 0.000 abstract description 7
- 239000004035 construction material Substances 0.000 abstract description 2
- 239000002689 soil Substances 0.000 description 35
- 230000000694 effects Effects 0.000 description 14
- 239000004567 concrete Substances 0.000 description 5
- 238000010586 diagram Methods 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 239000000463 material Substances 0.000 description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 4
- KQTVWCSONPJJPE-UHFFFAOYSA-N etridiazole Chemical compound CCOC1=NC(C(Cl)(Cl)Cl)=NS1 KQTVWCSONPJJPE-UHFFFAOYSA-N 0.000 description 3
- 230000003139 buffering effect Effects 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 238000007792 addition Methods 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 238000009435 building construction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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- Cleaning In General (AREA)
Abstract
The utility model provides a kind of hydroenergy storage station library basin ground cleaning plant, including support frame, the calculus breaking mechanism of supporting framing front end bottom is set, close calculus breaking mechanism and the tiling mechanism that support frame bottom is set, support frame one end and the collection assembly for accepting rubble are set, the first transport mechanism for being arranged close to collection assembly and being used to promote rubble to top of support frame, supporting framing front end calculus breaking mechanism top and the second transport mechanism for rubble to be transported to the support frame other end are set, undertaking inclined plate between second transport mechanism and calculus breaking mechanism is set, calculus breaking mechanism is connect with the first power mechanism, tile mechanism, collection assembly, first transport mechanism, second transport mechanism is connected with the second power mechanism；The front-end and back-end of support frame are provided with wheel.Hydroenergy storage station provided by the utility model library basin ground cleaning plant, smooth library basin waist are avoided the subsequent trouble for being laid with library basin using paver, save construction material.
Description
Technical field
The utility model relates to technical field of building construction, particularly relate to a kind of hydroenergy storage station library basin ground
Cleaning plant.
Background technique
Hydroenergy storage station addressing needs upper and lower reservoir to have enough natural height difference, by the way that circulation is drawn water, the realization that discharges water is cut
The function of peak load, peak-frequency regulation, storage capacity needed for the same electric energy of the bigger accumulation of height difference are smaller.Since storage station usually builds
On high mountain, the geographical conditions between high mountain upslope and mountain valley, Pumped Storage Power Station Construction library basin are utilized.
For the needs of antiseepage, the water exudation in the basin of library is placed, in the prior art, when building library basin, first by library basin
Waist becomes opposed flattened, is usually paved using paver with sandstone, is then poured concrete, stamps pitch, in smooth library basin
When waist, often the waist of library basin is paved using a large amount of sandstone and concrete, not only workload is very big, Er Qiesha
The usage amount of stone, soil and concrete is very big.Therefore, in order to reduce the usage amount of sandstone and concrete, reach same smooth
Effect needs to be solved for this technical problem.
Utility model content
The purpose of this utility model is to provide a kind of hydroenergy storage station library basin ground cleaning plants, solve and draw water
The technical issues of storage station's library basin waist recess out-of-flatness, the subsequent trouble for being laid with library basin using paver is avoided, is saved
Construction material, saves a large amount of material cost.
A kind of hydroenergy storage station library basin ground cleaning plant, including support frame, setting are at support frame as described above front end bottom
The calculus breaking mechanism in portion, the close calculus breaking mechanism are simultaneously arranged in the tiling mechanism of support frame as described above bottom, are arranged in the support
Frame one end is simultaneously used to accept the collection assembly of the rubble, is arranged close to the collection assembly and be used to arrive rubble promotion
First transport mechanism on support frame as described above top, setting calculus breaking mechanism top described in support frame as described above front end and for will be described
Rubble is transported to the second transport mechanism of the support frame as described above other end, is arranged in second transport mechanism and the calculus breaking mechanism
Between undertaking inclined plate, the calculus breaking mechanism connect with the first power mechanism, the tiling mechanism, the collection assembly, described
First transport mechanism, second transport mechanism are connected with the second power mechanism；
The pushing mechanism for the rubble to be bulldozed, institute are additionally provided on rear side of tiling mechanism described in support frame as described above lower end
It states and is provided with seat plate on rear side of support frame, the limit for adjusting the seat plate tilt angle is additionally provided on support frame as described above
Mechanism；The front-end and back-end of support frame as described above are provided with wheel, and the wheel is connect with second power mechanism.
By the effect of calculus breaking mechanism, it is crushed stone and pan soil on slope, by the effect for the mechanism that tiles, is facilitated
So that slope prepartion of land, tiling mechanism in the process of work, has rubble and soil crushing is rolled down, and enters collection group
In part, rubble and soil crushing into the first transport mechanism lower end, and are driven on support frame by the effect of collection assembly
End, into the second transport mechanism, rubble and soil crushing are acted on by the second transport mechanism, are moved to from support frame one end another
End, realizes the transfer of rubble and soil crushing, after rubble and soil crushing, which enter, accepts inclined plate, then into the recessed of supporting framing front end
In pitfall and filled and led up.Realize the smooth of library basin slope.
The present apparatus has front wheels and rear wheels, and front-wheel shaft is connect with the second power mechanism, and front-wheel shaft and rear-wheel shaft are equal
It is arranged on support frame as described above.
The calculus breaking mechanism includes the rotation axis for being horizontally set on support frame as described above front end, array setting in the rotation axis
The rake knife of side, the hinged seat that the rotation axis both ends are set and first engine with the rotation axis connection
Structure, the hinged seat side are provided with several tapped through holes, bolt and the spiral shell of the support frame as described above by setting on the outside
The connection of line through-hole；
First power mechanism includes the first motor that support frame as described above front end is arranged, and the first motor passes through skin
Band and the rotation axis connection；
The tiling mechanism is provided on rear side of rake knife described in support frame as described above lower end.
Hinged seat side is provided with several tapped through holes, the purpose is to which the height of rake knife can be adjusted according to practical situation,
With the high speed rotation of rake knife, library basin slope obtains soft effect.
The tiling mechanism includes the vertical shaft being vertically arranged on support frame as described above, the driving that the vertical shaft lower end is arranged in
Gear, the tiling component that the driving gear lower end on the vertical shaft is arranged in are gone back array on support frame as described above and are provided with and institute
Several array gears of driving gear engagement connection are stated, the array gear is arranged on support frame as described above by fixing axle, institute
It is hinged with support frame as described above to state fixing axle, the fixing axle lower end is additionally provided with the tiling component.
The tiling component includes the plectane that the vertical shaft lower end is arranged in, circumference array and is vertically arranged in the plectane
The vertical plate of the fixed column side, the tiling component in the fixing axle is arranged in the fixed column and circumference array at edge
Consistent with the tiling modular construction on the vertical shaft, the plectane upper end is provided with thread barrel, the screw thread tube inner surface
It is provided with screw thread, the thread barrel is threadedly engaged by the screw thread with what the vertical shaft lower end was arranged, on the outside of the thread barrel
Face is provided with horizontal tapped through hole, and bolt is provided in the tapped through hole, and the plectane is stood by the bolt with described
The tapped through hole cooperation of axis lower thread portion setting；
More preferably, vertical shaft lower thread portion is provided with the tapped through hole of several levels, high in the work of adjustment plectane in this way
When spending, it is only necessary to armature, when the tapped through hole on the outside of thread barrel is connected to the tapped through hole of vertical shaft threaded portion, peace
Dress bolt is fixed；
The vertical shaft is connect by first bevel gear component with the second power mechanism being arranged on support frame as described above；
The first bevel gear component includes the driven wheel of differential on the vertical shaft top being arranged in and with described from mantle
The drive bevel gear of gear engagement, the drive bevel gear are arranged in drive shaft, and the drive shaft is dynamic with described second
The upper end of support frame as described above is arranged in force mechanisms connection, the drive shaft；
Second power mechanism includes the second motor connecting with the drive shaft, and second motor is arranged in institute
State the upper end of support frame；
Second motor is also connect with the collection assembly, first transport mechanism and second transport mechanism.
By the circular motion of the vertical plate of fixed column side, soft soil is constantly disturbed, is on the one hand facilitated soft
Part glide along inclined-plane, into collection assembly, on the other hand make library basin slope play smooth effect, in addition, tiltedly
Closely knit position is exposed on slope, is also prevented from wheel recess and goes down.
The collection assembly includes the receipts for accepting the undertaking cover plate of the rubble and being arranged in the undertaking cover plate
Collecting mechanism；
The cover plate of accepting includes first baffle on the outside of side and support frame as described above, is vertically set on the first baffle
The second baffle of the other side and the first bottom plate that the first baffle and second baffle bottom are set, the first baffle edge
The ground cleaning plant moving direction be arranged in parallel；
The collecting mechanism includes for the rubble to be driven to scraper plate and drive to first transport mechanism lower end
Move the link mechanism of the scraper plate movement；
The link mechanism includes first connecting rod, one end and the first connecting rod side that one end is fixedly connected with the scraper plate
The third connecting rod that second connecting rod, one end and the first connecting rod other end of portion's articulated connection are articulated and connected, the second connecting rod
It is arranged in the first baffle with the other end of the third connecting rod by articulated shaft, the articulated shaft for connecting third connecting rod passes through
The first baffle is simultaneously connect with first transport mechanism.
Crushed stone and soil crushing glide, and into accepting in cover plate, first baffle and second baffle avoid rubble and soil crushing
Continue to fall, at this point, crushed stone and soil crushing be under the action of scraper plate, into the lower end of the first transport mechanism.
First transport mechanism includes the first conveyer belt for being vertically arranged in support frame as described above side, array setting in institute
The lifting plate of the first conveyer belt side is stated, first transport mechanism is arranged in protective plate；
The protective plate include side connect with support frame as described above third baffle, to be vertically set on the third baffle another
The fourth gear plate of side and the second bottom plate for being fixed at the third baffle and fourth gear plate lower end, the described 4th
Baffle is arranged in parallel along the ground cleaning plant moving direction；
The both ends of the shaft of first conveyer belt upper end is arranged in fourth gear plate upper end, first conveyer belt upper end
Shaft connect with the drive shaft, the setting of the both ends of the shaft of first conveyer belt lower end in fourth gear plate lower end,
The shaft of first conveyer belt lower end passes through the hinged axis connection of belt and the third connecting rod.
More preferably, the upper end of the first transport mechanism is provided with dashpot, rubble and soil crushing enter in dashpot, and edge
Buffering groove bottom enter the second transport mechanism in, thus be avoided that rubble and soil crushing are fallen on except the second transport mechanism.
Second transport mechanism includes being horizontally set on the second conveyer belt, the array of support frame as described above front end to be vertically arranged
Fixed plate in second conveyer belt side, the second transport mechanism setting is in support frid；
The support frid is upper surface and the rectangle frid that one end is open, and second transport mechanism is arranged in institute
It states in rectangle frid；
There is the rectangle frid end lower end of opening to be provided with the undertaking inclined plate, and the undertaking inclined plate setting exists
The front end of support frame as described above；
The shaft of second conveyor belt ends is connect by second bevel gear component with the drive shaft；
The second bevel gear component include the first bevel gear that the second conveyor belt ends shaft is set, with it is described
The second bevel gear of first bevel gear engagement, second bevel gear setting on the support frame, the second bevel gear shaft with
The vertical shaft connection.
The pushing mechanism is additionally provided on rear side of the collection assembly support frame as described above；
The pushing mechanism includes the pushing plate and the driving promotion that support frame as described above bottom is hingedly arranged in top
The lateral surface of the push-pull rod that plate makes rotating motion, described push-pull rod one end and the pushing plate is articulated and connected, the push-pull rod
The other end side is provided with several pin holes, and the push-pull rod is arranged in coulisse, and the coulisse is fixed at described
On support frame, the coulisse is flexibly connected by the way that the positioning pin of its side is arranged in the push-pull rod；
The seat plate and the position-limit mechanism are additionally provided on the pushing mechanism support frame as described above.
The purpose of pushing mechanism is that the part for not having smooth part and soil soft the mechanism that tiles carries out another
Secondary scrapes, and keeps its smooth.Pushing plate is scraped dynamic height and can be adjusted according to push-pull rod.
One end two sides of the seat plate are hingedly arranged on vertical plate by fixing axle, and the vertical plate bottom fixation is set
It sets on support frame as described above, the fixing axle end is connect with the position-limit mechanism；
The position-limit mechanism include the driving gear being connect with the fixing axle end, setting in the vertical plate side and
The rotation tooth shaft for engaging the driven gear of connection with the driving gear and being flexibly connected with the driven gear, the rotation
Tooth shaft is arranged on support frame as described above；
The rotation tooth shaft includes the first cylinder that support frame as described above is hingedly arranged in vertically, setting in first circle
The square column of column upper end, the engaging tooth that the square column side is set and the second circle being arranged at the top of the square column
Column, second cylindrical tip are provided with turntable, and second cylinder is also connect with the support base being arranged on support frame as described above；
The tooth top profile of the engaging tooth is arc and tangent with the dedendum profile of the driven gear.
The tooth top profile of the engaging tooth is arc and tangent with the dedendum profile of the driven gear, is turned in this way in rotation
After disk, the engaging tooth in square column can be engaged with the driven gear, and when needing to adjust the angle of seat plate, rotation turns
Disk, square column rotation, engaging tooth can be detached from driven gear.
The utility model reaches following remarkable result:
(1), using calculus breaking mechanism and tiling mechanism, the recess of library basin waist is filled and led up, protruding portion is scabbled, is taken on the spot
Material is realized the smooth of library basin waist, avoids the waste for being carried out material brought by smooth waist using concrete；
(2), it is provided with collecting mechanism, facilitates the rubble that will be rolled down on slope and soil crushing collects, and
Under the action of scraper plate, rubble and soil crushing enter the first transport mechanism lower end, and rubble and soil crushing are filled as planarizing material
The utilization divided；
(3), it is provided with the first transport mechanism and the second transport mechanism, is realized rubble and soil crushing from the one of support frame
The other end is transported at end, by rubble and soil crushing from the whereabouts of eminence, so that recess be filled and led up.
(4), it is provided with the adjustable seat plate of tilt angle, so that ground cleaning plant is transported in inclined library basin waist
When dynamic, operator is just being sitting on seat plate, consequently facilitating control of the operator to ground cleaning plant.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of library basin ground cleaning plant in the utility model embodiment.
The structural schematic diagram of Fig. 2 the utility model embodiment medium stone mechanism.
The structural schematic diagram of flattening mechanism in Fig. 3 the utility model embodiment.
The structural schematic diagram of collection assembly in Fig. 4 the utility model embodiment.
The structural schematic diagram of seat plate and position-limit mechanism in Fig. 5 the utility model embodiment.
Wherein, appended drawing reference are as follows: 1, wheel；2, support base；3, pushing mechanism；4, collection assembly；4-1, scraper plate；4-2,
One connecting rod；4-3, second connecting rod；4-4, third connecting rod；4-5, shaft；5, protective plate；6, calculus breaking mechanism；6-1, first motor；6-
2, hinged seat；6-3, rake knife；6-4, vertical shaft；6-5, driving gear；6-6, thread barrel；6-7, bolt；6-8, vertical plate；7, it first passes
Send mechanism；8, inclined plate is accepted；9, the second transport mechanism；10, drive shaft；11, the second motor；12, drive bevel gear；13, from
Dynamic bevel gear；14, front-wheel shaft；15, seat plate；16, position-limit mechanism；16-1, driving gear；16-2, driven gear；16-3,
Rotate tooth shaft；17, rear-wheel shaft.
Specific embodiment
In order to more clearly illustrate the technical characterstic of this programme, below by specific embodiment, this programme is carried out
It illustrates.
Referring to Fig. 1, a kind of hydroenergy storage station library basin ground cleaning plant, including support frame, setting are before support frame
The calculus breaking mechanism 6 of end bottom, close calculus breaking mechanism 6 are simultaneously arranged in the tiling mechanism of support frame bottom, are arranged in support frame one end
And collection assembly 4, the close collection assembly 4 for accepting rubble are arranged and for being promoted rubble to the first of top of support frame
Transport mechanism 7 is arranged in 6 top of supporting framing front end calculus breaking mechanism and passes for rubble to be transported to the second of the support frame other end
The undertaking inclined plate 8 for sending mechanism 9, being arranged between the second transport mechanism 9 and calculus breaking mechanism 6, calculus breaking mechanism 6 and the first power mechanism
Connection, tiling mechanism, collection assembly 4, the first transport mechanism 7, the second transport mechanism 9 are connected with the second power mechanism；
It is additionally provided with the pushing mechanism 3 for rubble to be bulldozed on rear side of the tiling mechanism of support frame lower end, is set on rear side of support frame
It is equipped with seat plate 15, the position-limit mechanism 16 for adjusting 15 tilt angle of seat plate is additionally provided on support frame；Before support frame
End and rear end are provided with wheel 1, and rotation shaft of wheel is connect with the second power mechanism.
By the effect of calculus breaking mechanism 6, it is crushed stone and pan soil on slope, by the effect for the mechanism that tiles, is helped
In making slope prepartion of land, tiling mechanism in the process of work, has rubble and soil crushing is rolled down, and enters and collect
In component 4, rubble and soil crushing into 7 lower end of the first transport mechanism, and are driven support by the effect of collection assembly 4
Frame upper end, into the second transport mechanism 9, rubble and soil crushing are acted on by the second transport mechanism 9, mobile from support frame one end
To the other end, the transfer of rubble and soil crushing is realized, after rubble and soil crushing, which enter, accepts inclined plate 8, then enters support frame
In the recess hole of front end and filled and led up.Realize the smooth of library basin slope.
The present apparatus has front wheels and rear wheels, and front-wheel shaft 14 is connect with the second power mechanism, front-wheel shaft 14 and rear rotation
Axis 17 is arranged on support frame as described above.
Referring to fig. 2, calculus breaking mechanism 6 includes the rotation axis for being horizontally set on supporting framing front end, array setting in rotation axis side
The rake knife 6-3 in face, the hinged seat 6-2 that rotation axis both ends are set and with rotation axis connection the first power mechanism, hinged seat
The side 6-2 is provided with several tapped through holes, and support frame is connect by the bolt 6-7 of setting on the outside with tapped through hole；
First power mechanism includes the first motor 6-1 that supporting framing front end portion is arranged, and first motor 6-1 is by belt and turns
Moving axis connection；
Tiling mechanism is provided on rear side of the rake knife 6-3 of support frame lower end.
Hinged seat side is provided with several tapped through holes, and the purpose is to the height of rake knife 6-3 can be adjusted according to practical situation
Degree, with the high speed rotation of rake knife 6-3, library basin slope obtains soft effect.
Referring to Fig. 3, the mechanism that tiles includes the drive for being vertically arranged vertical shaft 6-4 on the support frame, the lower end vertical shaft 6-4 being arranged in
Moving gear 6-5, the tiling component for driving gear lower end on vertical shaft 6-4 is set, array is gone back on support frame and is provided with and sliding tooth
Several array gears of 6-5 engagement connection are taken turns, array gear is arranged on the support frame by fixing axle, and fixing axle and support frame are cut with scissors
It connects, fixing axle lower end is additionally provided with tiling component.
Tiling component includes the plectane that the lower end vertical shaft 6-4 is arranged in, circumference array and is vertically arranged in consolidating for plectane edge
The vertical plate 6-8 of fixed column side is arranged in fixed column and circumference array, the tiling component in fixing axle and the tiling on vertical shaft 6-4
Modular construction is consistent, and the plectane upper end is provided with thread barrel 6-6, and -6 inner surface of thread barrel is provided with screw thread, the spiral shell
Line cylinder 6-6 is threadedly engaged by the screw thread with what the vertical shaft lower end was arranged, and the thread barrel 6-6 lateral surface is provided with level
Tapped through hole, bolt 6-7 is provided in the tapped through hole, the plectane passes through the bolt 6-7 and the vertical shaft lower end
The tapped through hole cooperation of threaded portion setting；
More preferably, vertical shaft lower thread portion is provided with the tapped through hole of several levels, high in the work of adjustment plectane in this way
When spending, it is only necessary to armature, when the tapped through hole on the outside of thread barrel is connected to the tapped through hole of vertical shaft threaded portion, peace
Dress bolt 6-7 is fixed；
Vertical shaft 6-4 is connect by first bevel gear component with the second power mechanism of setting on the support frame；
First bevel gear component includes that the driven wheel of differential 13 on the top vertical shaft 6-4 is arranged in and nibbles with driven wheel of differential 13
The drive bevel gear 12 of conjunction, drive bevel gear 12 are arranged in drive shaft 10, and drive shaft 10 is connect with the second power mechanism,
The upper end of support frame is arranged in drive shaft 10；
Second power mechanism includes the second motor 11 connecting with drive shaft 10, and support frame is arranged in the second motor 11
Upper end；
Second motor 11 is also connect with collection assembly 4, the first transport mechanism 7 and the second transport mechanism 9.
By the circular motion of the vertical plate of fixed column side, soft soil is constantly disturbed, is on the one hand facilitated soft
Part glide along inclined-plane, into collection assembly 4, on the other hand make library basin slope play smooth effect, in addition, tiltedly
Closely knit position is exposed on slope, is also prevented from the recess of wheel 1 and goes down.
Referring to fig. 4, collection assembly 4 includes for accepting the undertaking cover plate of rubble and the collection machine accepted in cover plate being arranged in
Structure；
Cover plate is accepted to include first baffle on the outside of side and support frame, be vertically set on the second of the first baffle other side
Baffle and the first bottom plate that first baffle and second baffle bottom is arranged in, first baffle is along the ground cleaning plant side of movement
To being arranged in parallel；
Collecting mechanism includes for rubble to be driven to scraper plate 4-1 and driving scraper plate 4-1 to 7 lower end of the first transport mechanism
The link mechanism of movement；
Link mechanism includes first connecting rod 4-2, one end and the side first connecting rod 4-2 that one end is fixedly connected with scraper plate 4-1
The third connecting rod 4-4, second connecting rod 4- that second connecting rod 4-3, one end and the first connecting rod 4-2 other end of articulated connection are articulated and connected
The other end of 3 and third connecting rod 4-4 is arranged in first baffle by articulated shaft, and the articulated shaft of connection third connecting rod 4-4 passes through
First baffle is simultaneously connect with the first transport mechanism 7.
Crushed stone and soil crushing glide, and into accepting in cover plate, first baffle and second baffle avoid rubble and soil crushing
Continue to fall, at this point, crushed stone and soil crushing be under the action of scraper plate 4-1, into the lower end of the first transport mechanism 7.
First transport mechanism 7 includes the first conveyer belt for being vertically arranged in support frame side, array setting in the first transmission
Lifting plate with side, the first transport mechanism 7 are arranged in protective plate 5；
Protective plate 5 include side connect with support frame third baffle, be vertically set on the 4th of the third baffle other side
Baffle and the second bottom plate for being fixed at third baffle and fourth gear plate lower end, fourth gear plate are moved along ground cleaning plant
Dynamic direction is arranged in parallel；
The both ends of the shaft of first conveyer belt upper end is arranged in fourth gear plate upper end, the shaft and driving of the first conveyer belt upper end
Shaft 10 connects, and the both ends shaft 4-5 of the first conveyer belt lower end are arranged in fourth gear plate lower end, the shaft of the first conveyer belt lower end
4-5 passes through the hinged axis connection of belt and third connecting rod 4-4.
More preferably, the upper end of the first transport mechanism 7 being provided with dashpot, rubble and soil crushing enter in dashpot, and
Enter in the second transport mechanism 9 along buffering groove bottom, thus is avoided that rubble and soil crushing are fallen on except the second transport mechanism 9.
Second transport mechanism 9 is vertically arranged in second including being horizontally set on the second conveyer belt, the array of supporting framing front end
The fixed plate of conveyer belt side, the setting of the second transport mechanism 9 is in support frid；
The rectangle frid that frid is upper surface and one end is open is supported, the second transport mechanism 9 is arranged in rectangular slot
In plate；
There is rectangle frid the end lower end of opening to be provided with undertaking inclined plate 8, before support frame is arranged in undertaking inclined plate 8
End；
The shaft of second conveyor belt ends is connect by second bevel gear component with drive shaft 10；
Second bevel gear component includes the first bevel gear that the second conveyor belt ends shaft is arranged in, nibbles with first bevel gear
The second bevel gear of conjunction, second bevel gear are arranged on the support frame, and second bevel gear shaft is connect with vertical shaft 6-4.
Pushing mechanism 3 is additionally provided on rear side of 4 support frame of collection assembly.
Pushing mechanism 3 includes that top is hingedly arranged in the pushing plate of support frame bottom and pushing plate is driven to make rotating motion
Push-pull rod, the lateral surface of push-pull rod one end and pushing plate is articulated and connected, and the other end side of push-pull rod is provided with several pins
Hole, push-pull rod are arranged in coulisse, and coulisse is fixedly installed on the support frame, and coulisse passes through the positioning that its side is arranged in
Pin is flexibly connected with push-pull rod；
Seat plate 15 and position-limit mechanism 16 are additionally provided on 3 support frame of pushing mechanism.
The purpose of pushing mechanism 3 is that the part for not having smooth part and soil soft the mechanism that tiles carries out another
Secondary scrapes, and keeps its smooth.Pushing plate is scraped dynamic height and can be adjusted according to push-pull rod.
Referring to Fig. 5, one end two sides of seat plate 15 are hingedly arranged on vertical plate by fixing axle, and vertical plate bottom is fixed
On the support frame, fixing axle end is connect with position-limit mechanism 16 for setting；
Position-limit mechanism 16 include the driving gear 16-1 being connect with fixing axle end, setting vertical plate side and with actively
The driven gear 16-2 of the gear 16-1 engagement connection and rotation tooth shaft 16-3 being flexibly connected with driven gear 16-2, turning gear
Axis 16-3 is arranged on the support frame；
Rotating tooth shaft 16-3 includes that the first cylinder of support frame is hingedly arranged in, is arranged in the first cylinder upper end vertically
Square column, the engaging tooth that square column side is arranged in and the second cylinder being arranged at the top of square column, the second cylindrical tip are set
It is equipped with turntable, the second cylinder is also connect with the support base 2 of setting on the support frame；
The tooth top profile of engaging tooth is arc and tangent with the dedendum profile of driven gear 16-2.
The tooth top profile of engaging tooth is arc and tangent with the dedendum profile of driven gear 16-2, in this way in rotation turntable
Afterwards, the engaging tooth in square column can be engaged with driven gear 16-2, and when needing to adjust the angle of seat plate 15, rotation turns
Disk, square column rotation, engaging tooth can be detached from driven gear 16-2.
The utility model specific work process:
By the effect of calculus breaking mechanism 6, it is crushed stone and pan soil on slope, by the effect for the mechanism that tiles, is helped
In making slope prepartion of land, tiling mechanism in the process of work, has rubble and soil crushing is rolled down, and enters and collect
In component 4, rubble and soil crushing into 7 lower end of the first transport mechanism, and are driven support by the effect of collection assembly 4
Frame upper end, into the second transport mechanism 9, rubble and soil crushing are acted on by the second transport mechanism 9, mobile from support frame one end
To the other end, the transfer of rubble and soil crushing is realized, after rubble and soil crushing, which enter, accepts inclined plate 8, then enters support frame
In the recess hole of front end and filled and led up.Realize the smooth of library basin slope；
It is provided with calculus breaking mechanism 6, ground is soft, setting tiling mechanism, for ground to be uniformly distributed, due to being oblique
Operating device on slope, so tiling mechanism is during rotation, ground can inevitably fall, and ground enters collection assembly
In 4, then by the first transport mechanism 7 and the second transport mechanism 9, ground, which enters inclined plate cover, to be accepted in inclined plate 8, redistribute and under
It falls, into recess.
Technical characteristic of the utility model without description can realize that details are not described herein by or using the prior art,
Certainly, the above description is not intended to limit the present invention, and the utility model is also not limited to the example above, this technology neck
The variations, modifications, additions or substitutions that the those of ordinary skill in domain is made in the essential scope of the utility model, also should belong to
The protection scope of the utility model.
Claims (9)
1. a kind of hydroenergy storage station library basin ground cleaning plant, it is characterised in that, including support frame, setting are in the support
The calculus breaking mechanism of frame front bottom end, close to the calculus breaking mechanism and be arranged in support frame as described above bottom tiling mechanism, setting exist
Support frame as described above one end and for accept the rubble collection assembly, close to the collection assembly be arranged and be used for will described in
Rubble promotes the first transport mechanism to support frame as described above top, setting calculus breaking mechanism top described in support frame as described above front end simultaneously
For the rubble is transported to second transport mechanism of support frame as described above the other end, setting in second transport mechanism and
Undertaking inclined plate between the calculus breaking mechanism, the calculus breaking mechanism are connect with the first power mechanism, the tiling mechanism, the receipts
Collection component, first transport mechanism, second transport mechanism are connected with the second power mechanism；
The pushing mechanism for the rubble to be bulldozed, the branch are additionally provided on rear side of tiling mechanism described in support frame as described above lower end
It is provided with seat plate on rear side of support, the position restrainer for adjusting the seat plate tilt angle is additionally provided on support frame as described above
Structure；The front-end and back-end of support frame as described above are provided with wheel, and the wheel is connect with second power mechanism.
2. hydroenergy storage station according to claim 1 library basin ground cleaning plant, it is characterised in that, the stone crusher
Structure includes the rotation axis for being horizontally set on support frame as described above front end, the rake knife of the rotation axis side is arranged in array, setting exists
The hinged seat at the rotation axis both ends and with it is described rotation axis connection first power mechanism, the hinged seat side is set
Several tapped through holes are equipped with, support frame as described above is connect by the bolt of setting on the outside with the tapped through hole；
First power mechanism include be arranged support frame as described above front end first motor, the first motor by belt with
The rotation axis connection；The tiling mechanism is provided on rear side of rake knife described in support frame as described above lower end.
3. hydroenergy storage station according to claim 2 library basin ground cleaning plant, it is characterised in that, the spreader
Structure includes the vertical shaft being vertically arranged on support frame as described above, the driving gear that the vertical shaft lower end is arranged in, setting described vertical
The tiling component of the driving gear lower end on axis is gone back array on support frame as described above and is provided with and engages connection with the driving gear
Several array gears, the array gear is arranged on support frame as described above by fixing axle, the fixing axle and the support
Frame is hinged, and the fixing axle lower end is provided with the tiling component.
4. hydroenergy storage station according to claim 3 library basin ground cleaning plant, it is characterised in that, the tiling group
Part includes the plectane that the vertical shaft lower end is arranged in, circumference array and the fixed column and circle that are vertically arranged in the plectane edge
The vertical plate of the fixed column side is arranged in all arrays, the tiling component in the fixing axle with it is described on the vertical shaft
Tiling, modular construction is consistent, and the plectane upper end is provided with thread barrel, and the screw thread tube inner surface is provided with screw thread, the screw thread
Cylinder is threadedly engaged by the screw thread with what the vertical shaft lower end was arranged, and it is logical that the thread barrel lateral surface is provided with horizontal screw thread
Hole, bolt is provided in the tapped through hole, and the plectane passes through the spiral shell of the bolt and the setting of vertical shaft lower thread portion
The cooperation of line through-hole；
The vertical shaft is connect by first bevel gear component with the second power mechanism being arranged on support frame as described above；
The first bevel gear component include be arranged in the vertical shaft top driven wheel of differential and with the driven wheel of differential
The drive bevel gear of engagement, the drive bevel gear are arranged in drive shaft, the drive shaft and second engine
The upper end of support frame as described above is arranged in structure connection, the drive shaft；
Second power mechanism includes the second motor connecting with the drive shaft, and second motor is arranged in the branch
The upper end of support；Second motor also connects with the collection assembly, first transport mechanism and second transport mechanism
It connects.
5. hydroenergy storage station according to claim 4 library basin ground cleaning plant, it is characterised in that, the collection group
Part includes the collecting mechanism for accepting the undertaking cover plate of the rubble and being arranged in the undertaking cover plate；
It is described accept cover plate include side on the outside of support frame as described above first baffle, to be vertically set on the first baffle another
The second baffle of side and the first bottom plate that the first baffle and second baffle bottom is arranged in, the first baffle is along rock
Native cleaning plant moving direction is arranged in parallel；
The collecting mechanism includes for the rubble to be driven to scraper plate and driving institute to first transport mechanism lower end
State the link mechanism of scraper plate movement；
The link mechanism includes first connecting rod, one end and the first connecting rod side hinge that one end is fixedly connected with the scraper plate
The third connecting rod of the second connecting rod, one end and first connecting rod other end articulated connection that connect in succession, the second connecting rod and institute
The other end for stating third connecting rod is arranged in the first baffle by articulated shaft, connects the articulated shaft of third connecting rod across described
First baffle is simultaneously connect with first transport mechanism.
6. hydroenergy storage station according to claim 5 library basin ground cleaning plant, it is characterised in that, described first passes
Sending mechanism includes being vertically arranged in the first conveyer belt, the array of support frame as described above side first conveyer belt side is arranged in
Lifting plate, first transport mechanism are arranged in protective plate；
The protective plate include side connect with support frame as described above third baffle, be vertically set on the third baffle other side
Fourth gear plate and be fixed at the second bottom plate of the third baffle and fourth gear plate lower end, the fourth gear plate
It is arranged in parallel along the ground cleaning plant moving direction；
The both ends of the shaft setting of first conveyer belt upper end turns in fourth gear plate upper end, first conveyer belt upper end
Axis is connect with the drive shaft, and the setting of the both ends of the shaft of first conveyer belt lower end is described in fourth gear plate lower end
The shaft of first conveyer belt lower end passes through the hinged axis connection of belt and the third connecting rod.
7. hydroenergy storage station according to claim 6 library basin ground cleaning plant, it is characterised in that, described second passes
Sending mechanism includes being horizontally set on the second conveyer belt, the array of support frame as described above front end to be vertically arranged in second conveyer belt side
The fixed plate in face, the second transport mechanism setting is in support frid；
The support frid is upper surface and the rectangle frid that one end is open, and second transport mechanism is arranged in the length
In rectangular frid；
There is the rectangle frid end lower end of opening to be provided with the undertaking inclined plate, and the undertaking inclined plate is arranged described
The front end of support frame；
The shaft of second conveyor belt ends is connect by second bevel gear component with the drive shaft；
The second bevel gear component includes the first bevel gear that the second conveyor belt ends shaft is arranged in and described first
The second bevel gear of bevel gear engagement, second bevel gear setting on the support frame, the second bevel gear shaft with it is described
Vertical shaft connection.
8. hydroenergy storage station according to claim 5 library basin ground cleaning plant, it is characterised in that, close to the receipts
The pushing mechanism is additionally provided on rear side of collection component support frame as described above；
The pushing mechanism includes that top is hingedly arranged in the pushing plate of support frame as described above bottom and the pushing plate is driven to do
The lateral surface of the push-pull rod of rotary motion, described push-pull rod one end and the pushing plate is articulated and connected, the push-pull rod it is another
End sides are provided with several pin holes, and the push-pull rod is arranged in coulisse, and the coulisse is fixed at the support
On frame, the coulisse is flexibly connected by the way that the positioning pin of its side is arranged in the push-pull rod；
The seat plate and the position-limit mechanism are additionally provided on the pushing mechanism support frame as described above.
9. hydroenergy storage station according to claim 8 library basin ground cleaning plant, it is characterised in that, the seat plate
One end two sides be hingedly arranged on vertical plate by fixing axle, the vertical plate bottom is fixed on support frame as described above,
The fixing axle end is connect with the position-limit mechanism；
The position-limit mechanism include the driving gear being connect with the fixing axle end, setting the vertical plate side and with institute
The rotation tooth shaft stating the driven gear of driving gear engagement connection and being flexibly connected with the driven gear, the rotation tooth shaft
It is arranged on support frame as described above；
The rotation tooth shaft includes the first cylinder that support frame as described above is hingedly arranged in vertically, is arranged on first cylinder
The square column at end, the engaging tooth that the square column side is set and the second cylinder being arranged at the top of the square column, institute
It states the second cylindrical tip and is provided with turntable, second cylinder is also connect with the support base being arranged on support frame as described above；
The tooth top profile of the engaging tooth is arc and tangent with the dedendum profile of the driven gear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821909410.8U CN209292984U (en) | 2018-11-20 | 2018-11-20 | A kind of hydroenergy storage station library basin ground cleaning plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821909410.8U CN209292984U (en) | 2018-11-20 | 2018-11-20 | A kind of hydroenergy storage station library basin ground cleaning plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209292984U true CN209292984U (en) | 2019-08-23 |
Family
ID=67645571
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821909410.8U Expired - Fee Related CN209292984U (en) | 2018-11-20 | 2018-11-20 | A kind of hydroenergy storage station library basin ground cleaning plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209292984U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109235389A (en) * | 2018-11-20 | 2019-01-18 | 国家电网有限公司 | A kind of hydroenergy storage station library basin flattening device |
-
2018
- 2018-11-20 CN CN201821909410.8U patent/CN209292984U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109235389A (en) * | 2018-11-20 | 2019-01-18 | 国家电网有限公司 | A kind of hydroenergy storage station library basin flattening device |
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Granted publication date: 20190823 Termination date: 20201120 |